- Grafana: http://localhost:3000
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.java.yaml pull
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.java.yaml build
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.ts.yaml pull
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.ts.yaml build
Setup observability stack, also used for container monitoring:
docker compose -f compose.observability.yaml up -d
docker compose -f compose.observability.yaml -f compose.services.yaml up -d redis postgres
Set up the applications [Java & Java]:
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.session.java.yaml up -d product-service session-service --build
Set up the applications [Java & TypeScript]:
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.session.ts.yaml up -d product-service session-service --build
Run the benchmark:
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml up -d k6 autoinstrumenter
Edit the compose.services.yaml
file and (un)comment the JAVA_TOOL_OPTIONS
and NODE_OPTIONS
for ALL services.
Restart the services:
docker compose -f compose.services.yaml stop redis postgres product-service
docker compose -f compose.services.yaml -f compose.session.java.yaml stop session-service
docker compose -f compose.services.yaml -f compose.session.ts.yaml stop session-service
docker compose -f compose.services.yaml down -v redis postgres
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.java.yaml down -v
docker compose -f compose.observability.yaml -f compose.services.yaml -f compose.load.yaml -f compose.session.ts.yaml down -v